Examines the potential of technology for an algebra curriculum. Provides examples of technology in use in examining families of functions, fitting a curve to a data set, and observing and analyzing patterns. Discusses exemplary software and calculators for the algebra curriculum. (MDH)

The National Council of Teachers of Mathematics (NCTM) sponsored a conference which focused on topics and issues related to the impact of computing on school mathematics. Presented are guidelines/recommendations related to computing and: (1) the mathematics curriculum; (2) mathematics instruction; and (3) pre- and in-service components of…

Discusses personal experiences in using microcomputers to teach differential equations and calculus, including programs written for and activities in a year-long calculus sequence called Calculus and Computers. Suggests that computers and their graphics capabilities be used to provide a mathematical environment in which students can interact and…

Discusses uses of the microcomputer in elementary mathematics education. Included are: (1) drill; (2) practice; (3) problem solving; and (4) games. (YP)

Discusses the use of Logo tools, spinners, dice, and coins for creating and understanding probability. Gives procedures for devising a spinner board and other necessary functions for performing the activity. Presents ideas for extending the experiment. (RT)

Reports on diagnostic testing of eighth grade students' performance using two different methods. Concludes that the computer version was significantly more difficult than the other. Suggests that students may perform mathematics differently due to the characteristics of the mediums used. (RT)

Presents an annotated list of 27 computer-oriented references for researchers and for teachers using computers in the classroom. Resources focus on various aspects of mathematics curriculum/instruction as well as research studies. The former include teaching calculus with computers, guidelines for using computers in statistical instruction, and…

Discusses: (1) advantages of a computer lab; (2) types of computer programs that can help students develop computational, application, comprehension, and analytical skills; (3) how computers can help students with such affective goals as appreciation and motivation toward mathematics; and (4) content areas where computers can be useful. (JN)

Provides a brief description, rationale for selection, and recommendations for use of: "The Geometric Supposer"; "Graphing Equations"; "Electronic Spreadsheet"; "LOGO"; "muMATH"; "The King's Rule"; "Algebra Series"; and "Golf Classic." Lists contents, costs, and…

Describes a computer-assisted instruction program designed to help teachers develop and maintain continuously updated diagnostic records of student achievement. Gives hardware requirements and describes the program's eight components. These include deleting/changing records and lists, a testing manager, list producer, and student record reviewer.…

Describes three games that one can play with or without a computer involving arithmetic, strategy, and problem solving techniques. Lists an abbreviated program for BASIC. Provides information on availability of the variable number game and the ARITHMETICULATOR which does calculations of large numbers and runs on IBM PCs. (RT)

Measured girls' (N=43) attitudes toward mathematics and general ability before and after a Logo learning experience. Results suggest that the Logo experience had a positive effect on general ability and on expressed interest in learning about mathematics. (JN)

Provides abstracts of selected mathematics and science papers presented during the conference. Topics included: (1) problem solving using the computer; (2) controlling the environment through Logo; (3) software and technology in the science curriculum; (4) learning multiplication facts using multiple strategies; and (5) limitations and potential…

Cites need for properly integrating computers into curriculum, warning about past mistakes and looking at methods to promote curricular change. Identifies as important goals a clear definition of mathematics education and the benefits of a technologically integrated curriculum presenting ideas/strategies for achieving these goals. (JM)

Examines the use of the computer to approximate the value of the definite integral normally calculated by mathematical means. Presents four examples using BASIC programs to approximate single and double integrals by numerical integration and the Monte Carlo method. Programs are provided. (MDH)